Our portfolio demonstrates proven expertise in designing, implementing, and maintaining advanced autonomous systems across defense, industrial, and research applications.
Implementation and maintenance of the HAZTAMS Closed Loop Hazard Tracking System, supporting comprehensive System-of-Systems hazard analyses. Ensuring full compliance with MIL-STD-882E, DA PAM 385-16, and DI-SAFT-82085 standards while enhancing safety, efficiency, and risk management through continuous system monitoring and expert safety engineering support.
Advancing intelligent optimization, high-fidelity simulation, and AI-driven evaluation methods to improve safety, reliability, and performance. Developing comprehensive test frameworks for complex autonomous systems operating in dynamic, mission-critical environments with emphasis on validation and verification protocols.
End-to-end system design for AI-driven robotics solutions in the construction industry, including CAD modeling, software development, AI model training, and electronics integration. Developing advanced autonomous robotics platforms that enhance efficiency, safety, and productivity on complex construction sites.
Specialized refurbishment and repair services for agricutural technology systems used in agricultural operations. Expert diagnosis, repair, and upgrade services to meet current industry standards, minimizing downtime and maximizing system efficiency while extending equipment lifespan and reducing replacement costs.
Designed and developed a clean, professional, and fully responsive website for The Henderson Tharp Timmerman Group. Focused on intuitive navigation, modern visual design, and accessibility to provide a seamless experience across desktop and mobile devices. Integrated structured content layouts, service highlights, and optimized performance for fast loading.
Crafted a modern, responsive online presence for Hartek Industries focused on clear presentation of engineering services and company identity. Designed and implemented intuitive navigation, structured content sections, hero banners, and service highlights to improve engagement and accessibility across devices. The site’s layout and typography were tuned to support an engineering-focused aesthetic while ensuring ease of content updates and performance optimization.
Research and development of an empathetic chatbot using the User Experience Driven Innovation (UXDI) framework. Designed to help college students find resources for sensitive issues including mental health and Title IX support. User research revealed significant impact of delivery medium on service experience and adoption rates.
We're continuously expanding our portfolio with new autonomous systems and robotics initiatives. Check back for updates on upcoming programs and partnerships.